1996 Honda Civic 1.4L Petrol · K3 KEX

A pattern of long-term roadworthiness stability defines this vehicle, characterized by a significant period of clean testing interrupted only by a minor electrical failure in 2015. The most recent recorded test on 13 April 2015 resulted in a pass after the nearside rear position lamp and nearside stop lamp were addressed, with no further defects or advisories noted in the subsequent decade of the digital record. This history shows a vehicle that has consistently met minimum regulatory standards without any recorded issues regarding structural integrity, braking systems, or emissions during the documented periods. The recorded mileage of 112,535 miles over a 30-year lifespan represents a low annual accumulation rate of approximately 3,751 miles. While this suggests the vehicle has not been subjected to high-frequency motorway or heavy urban commuting, such low usage on a vehicle of this age can often lead to mechanical components being used less frequently than their service life would otherwise dictate. Mechanically, this profile means that while drivetrain wear from mileage may be limited, components such as rubber suspension bushes, seals, and various hoses may be more susceptible to age-related degradation rather than wear-related fatigue. Given the specific failure recorded in April 2015 regarding the nearside rear lighting, any prospective buyer should verify the integrity of the entire rear lighting cluster and the associated wiring loom. During a test drive, pay close attention to the operation of the indicator, brake, and tail lights to ensure there is no intermittent flickering or dimming, which could indicate corroded earth points or failing bulb sockets. Although no structural corrosion was flagged in the MOT history, the low mileage and age of a 1996 model necessitate a physical inspection of the sills, subframes, and floor pans for any signs of oxidation that may have developed between testing intervals. On the road, listen for any irregular knocks or knocks from the suspension when traversing uneven surfaces, as low-use vehicles can experience perished rubber components. Check for any steering pull or wandering, which could indicate wear in the steering rack or ball joints that may not have been captured in the historical data. Additionally, monitor the brake pedal feel for any sponginess or excessive travel, ensuring the hydraulic system remains consistent, as the lack of documented brake-related advisories should be verified through physical inspection of the lines and calipers.